Physical Pharmacy: Physical Chemical Principles in the Pharmaceutical Sciences10. Buffered and isotonic solutions -- 11. Electromotive force and oxidation-reduction -- 12. Solubility and distribution phenomena -- 13. Complexation and protein binding -- 14. Kinetics -- 15. Diffusion and dissolution -- 16. Interfacial phenomena -- 17. Colloids -- 18. Micromeritics -- 19. Rheology -- 20. Coarse dispersions -- 21. Physical pharmacy and drug product design -- 22. Polymer science -- Index. |
Contents
Physical and Mathematical Fundamentals | 2 |
Introductory Calculus | 27 |
Atomic and Molecular Structure | 47 |
Copyright | |
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absorbed absorption acetic acid activity activity coefficient alcohol aqueous Assoc atoms base benzoic acid bond cal/mole calculated carbon cell chain Chapter Chem chemical chloride cm² cm³ coefficient colloidal complex compounds concentration containing crystal crystalline curve density determined diffusion dilute dispersion dissociation drug elec electrode electrolytes electrons emulsifying emulsion entropy equa equation equilibrium Example expressed film flocculation free energy g/cm³ gram H3O+ heat Higuchi hydrogen increase interaction interface ionic strength ionization ions K₁ layer liquid measured membrane method micelles mixture molal molar mole fraction mole/liter molecular weight molecules obtained orbital osmotic osmotic pressure oxidation particles Pharm pharmaceutical phase phenobarbital phenol plot polar polymer potential powder properties proton reaction salt sample shear shown in Figure sodium sodium chloride solid solu solubility solution solvent specific stability surfactant Table temperature thermodynamic thixotropy tion vapor pressure viscosity volume